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Comparative analysis of the energy consumption and CO_2 emissions of 40 electric, plug-in hybrid electric, hybrid electric and internal combustion engine vehicles

机译:40辆电动,插电式混合动力,混合动力和内燃机汽车的能耗和CO_2排放的对比分析

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摘要

This paper analyses the results of the Royal Automobile Clubhallo's 2011 RAC Future Car Challenge, an annual motoring challenge in which participants seek to consume the least energy possible while driving a 92 km route from Brighton to London in the UK. The results reveal that the vehicle's power train type has the largest impact on energy consumption and emissions. The traction ratio, defined as the fraction of time spent on the accelerator in relation to the driving time, and the amount of regenerative braking have a significant effect on the individual energy consumption of vehicles. In contrast, the average speed does not have a great effect on a vehicles' energy consumption in the range 25-70 km/h.
机译:本文分析了皇家汽车俱乐部(Royal Automobile Clubhallo)2011年的RAC未来汽车挑战赛的结果,这项年度汽车挑战赛的参与者希望在驾驶从布莱顿到英国伦敦的92公里路线时,以尽可能少的能源消耗。结果表明,车辆的动力传动系统类型对能源消耗和排放的影响最大。牵引率(定义为在加速器上花费的时间相对于行驶时间的比例)以及再生制动的量对车辆的单个能量消耗具有重大影响。相比之下,在25-70 km / h的范围内,平均速度对车辆的能耗影响不大。

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